
Best Monolithic Architecture Books: 3 Picks
Choosing a book on monolithic architecture can be tricky when you want to understand both design choices and the path toward microservices.
These books cover well-modularized monoliths, migration planning, and splitting monoliths into microservices.
This time, we’ll round up three books about monolithic architecture and its evolution toward microservices.
Quick-reference table of recommended products
| Product name | Monolith-related coverage | Length (pages) | Recorded format |
|---|---|---|---|
Strategic Monoliths and Microservices: Driving Innovation Using Purposeful Architecture | Well-modularized monoliths | — | Paperback |
Monolith to Microservices: Evolutionary Patterns to Transform Your Monolith | Planning a migration and splitting a monolith | 272 | |
Building Microservices | Shifting from monolithic applications to microservices; includes splitting the monolith | 612 |
Strategic Monoliths and Microservices: Driving Innovation Using Purposeful Architecture
For readers considering well-modularized monoliths alongside microservices, this book is recommended. It includes realistic application examples showing how to construct monoliths described as maintainable and extensible.
Monolith to Microservices: Evolutionary Patterns to Transform Your Monolith
For readers looking for a book about planning a monolith migration, this title is recommended. Its contents include chapters on planning a migration and splitting the monolith.
Building Microservices
For readers looking to understand the shift from monolithic applications to microservices, Building Microservices is recommended. It covers splitting a monolith and modeling, integrating, testing, deploying, and monitoring autonomous services.
Choose by the monolith topic you want to explore
- Readers exploring well-modularized monoliths and examples of maintainable, extensible designs
- Readers focused on planning a monolith migration and splitting the monolith
- Readers exploring the shift to microservices and topics such as modeling, deployment, and monitoring



